How build where clause in select statement in FM for Virtual provider

Hi
I looking for example of FM for Virtual provider where I find code how assign to select statement "where" clause value from query variable.
In following code how build t_r_custtype range and how assign value to it.
CODE********************************
TYPE-POOLS: abap.
initialize
CLEAR: e_t_data, e_t_msg.
this is specific to infoprovider VIRTPROV
CHECK i_infoprov = 'VIRTPROV'.
FIELD-SYMBOLS: <l_s_sbook> TYPE sbook,
 <l_s_data> TYPE ANY.
DATA: l_t_component TYPE abap_compdescr_tab,
 l_t_sbook TYPE TABLE OF sbook.
initialize
CLEAR e_t_data.
Data selection / only Business Customer
SELECT * FROM sbook
 INTO CORRESPONDING FIELDS OF TABLE l_t_sbook
 WHERE custtype in t_r_custtype.
ENDCODE********************************
Thanks a lot
Adam

Hello,
Would you like fill the ranges in Customer exit for BEx..?
If Yes. please refer the attachment for the whole code...
"Sample code in Customer Exit in BEx"
IF i_step = 2.
CASE i_vnam.
WHEN 'ZDAY_CX'.
LOOP AT i_t_var_range INTO loc_var_range WHERE vnam = 'ZDAY_IN'.
CLEAR: l_s_range.
ZT_DT1 = loc_var_range-low.
ZT_DT2 = loc_var_range-HIGH.
CALL FUNCTION 'DATE_CREATE'
EXPORTING
ANZAHL_JAHRE = 0
ANZAHL_KALTAGE = 0
ANZAHL_MONATE = '-1'
ANZAHL_TAGE = 0
DATUM_EIN = ZT_DT1
DATUM_EIN_ULT = ' '
ULTIMO_SETZEN = ' '
IMPORTING
DATUM_AUS = ZFIDAY .
E_TT =
E_ULTKZ =
CALL FUNCTION 'DATE_CREATE'
EXPORTING
ANZAHL_JAHRE = 0
ANZAHL_KALTAGE = 0
ANZAHL_MONATE = '-1'
ANZAHL_TAGE = 0
DATUM_EIN = ZT_DT2
DATUM_EIN_ULT = ' '
ULTIMO_SETZEN = ' '
IMPORTING
DATUM_AUS = ZLSDAY.
E_TT =
E_ULTKZ =
l_s_range-low = ZFIDAY .
l_s_range-high = ZLSDAY .
l_s_range-sign = 'I'.
l_s_range-opt = 'EQ'.
APPEND l_s_range TO e_t_range.
ENDLOOP.
*****************************************End*************************************
**To get the From date (For Text Variable) as per the user input date interval range**
WHEN 'ZR_S'.
LOOP AT i_t_var_range INTO loc_var_range WHERE vnam = 'ZDAY_IN'.
CLEAR: l_s_range.
ZT_DT1 = loc_var_range-low.
ZT_DT2 = loc_var_range-HIGH.
CALL FUNCTION 'DATE_CREATE'
EXPORTING
ANZAHL_JAHRE = 0
ANZAHL_KALTAGE = 0
ANZAHL_MONATE = 0
ANZAHL_TAGE = 0
DATUM_EIN = ZT_DT1
DATUM_EIN_ULT = ' '
ULTIMO_SETZEN = ' '
IMPORTING
DATUM_AUS = ZFIDAY .
E_TT =
E_ULTKZ =
l_s_range-low0(2) = ZFIDAY6(2).
l_s_range-low+2(1) = '.'.
l_s_range-low3(2) = ZFIDAY4(2).
l_s_range-low+5(1) ='.'.
l_s_range-low6(4) = ZFIDAY0(4).
l_s_range-sign = 'I'.
l_s_range-opt = 'EQ'.
APPEND l_s_range TO e_t_range.
ENDLOOP.
*****************************************End*************************************
Please let me know if any clarification required..
Rinku..

Similar Messages

WHERE clause in SELECT statement

hi experts..
i want to give 'OR' condition in the 'where' clause of 'SELECT' statement.
is it possible?
for examlpe..
IF EXIDV2 IS NOT INITIAL.
   SELECT * FROM YSDT_SHIPLOAD
            INTO TABLE IG_SHIPLOAD
            WHERE EXIDV2 = EXIDV2 AND
                         VHILM = PC1 OR PC2 OR PC3.
ENDIF.
i want that VHILM should be one of those three.
how can i do this?
thanks..

Hi ,
its possible,
Select * from ysdt_shipload int table ig_shipload where exidv2 = exidv2
                                                                        AND vhilm = pc1
                                                                        OR     vhilm = pc2
                                                                         OR   vhilm = pc3.
OR
Select * from ysdt_shipload int table ig_shipload where exidv2 = exidv2
                    AND (vhilm = pc1 or vhilm = pc2 or vhilm = pc3).
Regards
Arani Bhaskar
Edited by: arani bhaskar on Mar 16, 2009 5:14 PM

Dynamic WHERE clause in SELECT statement

Hi,
I need to extract (SELECT) all the products in different salesorganizations. Since a product can be available in more than 1 salesorg I have created several properties in the PRODUCT dimension - 1 for each salesorganization (naming: Sxxxx where xxxx is the salesorganization number).
Since I need to prefix the salesorganization property with an "S" I have created a property on the SALESORG dimension called SALESORG.
Therefore I need to create a dynamic WHERE clause in the SELECT statement. Currently my script is:
*SELECT(%SORG%, "[SALESORG]",SALESORG, [ID]=%SALESORG_SET%)
*SELECT(%PROD%, "[ID]",PRODUCT, [%SORG%]="X")
My first SELECT find the Sxxx (equal to the property I need in the PRODUCT dimension). My second SELECT uses the variable in the first SELCT statement to use the correct property for the WHERE clause.
Unfortunately the code is not validated - any suggestions?
/Lars

Hi Lars,
If you run it from a DM package without validating it, does it still work? I would bet it does.
If this is the case I would open a message with SAP (it would be an enhancement request). Until they fix the validation code, you would just have to live with the script not validating.
Cheers,
Ethan

Use of LIKE in where clause of select statement for multiple records

Hi Experts,
I have a account number field which is uploaded from a file. Now this account numbers uploaded does not match fully with sap table account numbers but it contains all of the numbers provided in the file mostly in the upright positions.
For example in file we have account number as 2ARS1 while in sap table the value is 002ARS1.
And i want to fetch data from sap table based on account number uploaded. So, i am trying to use LIKE with for all entries but its not working as mentioned below but LIKE is not working with FOR ALL ENTRIES.
data : begin of t_dda occurs 0,
        dda(19) type c,
       end of t_dda.
data : begin of t_bukrs occurs 0,
        bukrs type t012k-bukrs,
       end of t_bukrs.
data : dda type t012k-bankn,
       w_dda type t012k-bankn.
CONCATENATE '%'
                         '2ARS1'
                 INTO W_DDA.
MOVE W_DDA TO T_DDA-DDA.
APPEND T_DDA.
CLEAR T_DDA.
free t_bukrs.
SELECT BUKRS
FROM T012K
into TABLE t_bukrs
    for all entries in t_dda
WHERE BANKN like t_dda-dda.
Can anybody suggest what should i use to get the data for multiple account numbers using one select statement only instead on using SELECT UP TO 1 ROWS in LOOP....ENDLOOP ?
Thanks in advance,
Akash

Hi,
yes, For All entries won't work for LIKE with '% '.
I think the other alternative is go for Native SQL by writing sub-query
sample code is here:
data: begin of i_mara occurs 0,
          matnr like mara-matnr,
          matkl like mara-matkl,
       end of i_mara.
exec sql.
select matnr, matkl from mara where matnr in (select matnr from marc) and matnr like '%ma' into :i_mara
endexec.
loop at i_mara.
write:/ i_mara-matnr, i_mara-matkl.
endloop.
hope u got it.
regards
Mahesh
Edited by: Mahesh Reddy on Jan 21, 2009 2:32 PM

How to put OR clause in SELECT statement

Hi
How to put OR clause in SELECT statement to return number_first/number_last to match records from another table's column.
<pre>
SELECT
a.id ,
flat_number ||' '|| a.number_first||' '||a.street_name||' '||a.suburb address1,
apt_no ||' '|| street_no||' '||b.street_name||' '||b.suburb address2
from
a ,
b
where b.street_name = a.street_name
AND b.SUBURB = a.SUBURB
AND b.STATE = a.STATE
</pre>
Thsi will return this as exact match.
ADDRESS 1
12 TAMAN TENANG A ORCHARD 3142
10 RAMA YISHUN 2095
ADDRESS2
12 TAMAN TENANG A ORCHARD 3142
10 RAMA YISHUN 2095
However this only matches number_first.
How can I get the query work that it will match both number_first and number_last (table b)in address 1 to match street_no in address2 ( table b).My oracle version is 10GR/2.

Hi, I have a hard time understanding your request, and below is what I thought you want:
SELECT
 a.id ,
 flat_number ||' '|| (decode(b.street_no, a.number_first, a.number_first, a.number_last, a.number_last)||' '||a.street_name||' '||a.suburb address1,
 apt_no ||' '|| street_no||' '||b.street_name||' '||b.suburb address2
 from
 a ,
 b
 where b.street_name = a.street_name
 AND b.SUBURB = a.SUBURB
 AND b.STATE = a.STATE
 AND (B.street_no=a.number_first OR b.street_no=a.number_last);Not tested.
Also, since your B.street_no will be either a.number_first OR a.number_last, you could replace
(decode(b.street_no, a.number_first, a.number_first, a.number_last, a.number_last) with just b.street_no.
Edited by: PhoenixBai on Aug 26, 2010 11:33 AM

How to utilize index in selection statement

hi
how to utilize index in selection statement and how is it reduces performance whether another alternative is there to reduce performance .
thanks

Hi Suresh,
For each SQL statement, the database optimizer determines the strategy for accessing data records. Access can be with database indexes (index access), or without database indexes (full table scan).The cost-based database optimizer determines the access strategy on the basis of:
*Conditions in the WHERE clause of the SQL statement
*Database indexes of the table(s) affected
*Selectivity of the table fields contained in the database indexes
*Size of the table(s) affected
*The table and index statistics supply information about the selectivity of table fields, the selectivity of combinations of table fields, and table size. Before a database access is performed, the database optimizer cannot calculate the exact cost of a database access. It uses the information described above to estimate the cost of the database access.The optimization calculation is the amount by which the data blocks to be read (logical read accesses) can be reduced. Data blocks show the level of detail in which data is written to the hard disk or read from the hard disk.
Inroduction to Database Indexes
When you create a database table in the ABAP Dictionary, you must specify the combination of fields that enable an entry within the table to be clearly identified. Position these fields at the top of the table field list, and define them as key fields.
After activating the table, an index is created (for Oracle, Informix, DB2) that consists of all key fields. This index is called a primary index. The primary index is unique by definition. As well as the primary index, you can define one or more secondary indexes for a table in the ABAP Dictionary, and create them on the database. Secondary indexes can be unique or non-unique. Index records and table records are organized in data blocks.
If you dispatch an SQL statement from an ABAP program to the database, the program searches for the data records requested either in the database table itself (full table scan) or by using an index (index unique scan or index range scan). If all fields requested are found in the index using an index scan, the table records do not need to be accessed.
A data block shows the level of detail in which data is written to the hard disk or read from the hard disk. Data blocks may contain multiple data records, but a single data record may be spread across several data blocks.
Data blocks can be index blocks or table blocks. The database organizes the index blocks in the form of a multi-level B* tree. There is a single index block at root level, which contains pointers to the index blocks at branch level. The branch blocks contain either some of the index fields and pointers to index blocks at leaf level, or all index fields and a pointer to the table records organized in table blocks. The index blocks at leaf level contain all index fields and pointers to the table records from the table blocks.
The pointer that identifies one or more table records has a specific name. It is called, for example, ROWID for Oracle databases. The ROWID consists of the number of the database file, the number of the table block, and the row number within the table block.
The index records are stored in the index tree and sorted according to index field. This enables accelerated access using the index. The table records in the table blocks are not sorted.
An index should not consist of too many fields. Having a few very selective fields increases the chance of reusability, and reduces the chance of the database optimizer selecting an unsuitable access path.
Index Unique Scan
If, for all fields in a unique index (primary index or unique secondary index), WHERE conditions are specified with '=' in the WHERE clause, the database optimizer selects the access strategy index unique scan.
For the index unique scan access strategy, the database usually needs to read a maximum of four data blocks (three index blocks and one table block) to access the table record.
select * from VVBAK here vbeln = '00123' ......end select.
In the SELECT statement shown above, the table VVBAK is accessed. The fields MANDT and VBELN form the primary key, and are specified with '=' in the WHERE clause. The database optimizer therefore selects the index unique scan access strategy, and only needs to read four data blocks to find the table record requested.
Index Range Scan
select * from VVBAP here vbeln = '00123' ......end select.
In the example above, not all fields in the primary index of the table VVBAP (key fields MANDT, VBELN, POSNR) are specified with '=' in the WHERE clause. The database optimizer checks a range of index records and deduces the table records from these index records. This access strategy is called an index range scan.
To execute the SQL statement, the DBMS first reads a root block (1) and a branch block (2). The branch block contains pointers to two leaf blocks (3 and 4). In order to find the index records that fulfill the criteria in the WHERE clause of the SQL statement, the DBMS searches through these leaf blocks sequentially. The index records found point to the table records within the table blocks (5 and 6).
If index records from different index blocks point to the same table block, this table block must be read more than once. In the example above, an index record from index block 3 and an index record from index block 4 point to table records in table block 5. This table block must therefore be read twice. In total, seven data blocks (four index blocks and three table blocks) are read.
The index search string is determined by the concatenation of the WHERE conditions for the fields contained in the index. To ensure that as few index blocks as possible are checked, the index search string should be specified starting from the left, without placeholders ('_' or %). Because the index is stored and sorted according to the index fields, a connected range of index records can be checked, and fewer index blocks need to be read.
All index blocks and table blocks read during an index range scan are stored in the data buffer at the top of a LRU (least recently used) list. This can lead to many other data blocks being forced out of the data buffer. Consequently, more physical read accesses become necessary when other SQL statements are executed
DB Indexex :Concatenation
In the concatenation access strategy, one index is reused. Therefore, various index search strings also exist. An index unique scan or an index range scan can be performed for the various index search strings. Duplicate entries in the results set are filtered out when the search results are concatenated.
Select * from vvbap where vbeln in ('00123', '00133', '00134').
endselect.
In the SQL statement above, a WHERE condition with an IN operation is specified over field VBELN. The fields MANDT and VBELN are shown on the left of the primary index. Various index search strings are created, and an index range scan is performed over the primary index for each index search string. Finally, the result is concatenated.
Full Table Scan
select * from vvbap where matnr = '00015'.
endselect
If the database optimizer selects the full table scan access strategy, the table is read sequentially. Index blocks do not need to be read.
For a full table scan, the read table blocks are added to the end of an LRU list. Therefore, no data blocks are forced out of the data buffer. As a result, in order to process a full table scan, comparatively little memory space is required within the data buffer.
The full table scan access strategy is very effective if a large part of a table (for example, 5% of all table records) needs to be read. In the example above, a full table scan is more efficient than access using the primary index.
In Brief
Index unique scan: The index selected is unique (primary index or unique secondary index) and fully specified. One or no table record is returned. This type of access is very effective, because a maximum of four data blocks needs to be read.
Index range scan: The index selected is unique or non-unique. For a non-unique index, this means that not all index fields are specified in the WHERE clause. A range of the index is read and checked. An index range scan may not be as effective as a full table scan. The table records returned can range from none to all.
Full table scan: The whole table is read sequentially. Each table block is read once. Since no index is used, no index blocks are read. The table records returned can range from none to all.
Concatenation: An index is used more than once. Various areas of the index are read and checked. To ensure that the application receives each table record only once, the search results are concatenated to eliminate duplicate entries. The table records returned can range from none to all.
Regards,
Balaji Reddy G
***Rewards if answers are helpful

Dynamic where clause in select query

Hi
I'm trying for a dynamic query and in the dynamic where clause i'm checking a field for constant.....for instance if i wanna to use WERKS EQ '0478' how to declare it in dync where clause. i tried for the following:
SELECT (TAB_FIELD) INTO TABLE DITAB UP TO 10 ROWS FROM (TAB_NAME) WHERE (CONDI).
heree CONDI = 'werks eq 0287' . in this case the query fails as the werks shud be equal to '0287' and not just 0287. How to handle this? i tried for the following
CONDI = 'werks eq " '0287' " ' but no luck as it is not a valid stmt as i knew.

hi prabhu,
this is how u select dynamically...
DATA: COND(72) TYPE C,
ITAB LIKE TABLE OF COND.
PARAMETERS: CITY1(10) TYPE C, CITY2(10) TYPE C.
DATA WA TYPE SPFLI-CITYFROM.
CONCATENATE 'CITYFROM = ''' CITY1 '''' INTO COND.
APPEND COND TO ITAB.
CONCATENATE 'OR CITYFROM = ''' CITY2 '''' INTO COND.
APPEND COND TO ITAB.
CONCATENATE 'OR CITYFROM = ''' 'BERLIN' '''' INTO COND.
APPEND COND TO ITAB.
LOOP AT ITAB INTO COND.
WRITE COND.
ENDLOOP.
SKIP.
SELECT CITYFROM
INTO WA
FROM SPFLI
WHERE (ITAB).
WRITE / WA.
ENDSELECT.
regards,
sohi

Regarding dynamically assigning the where clause to select query

hi,
Please send the code regarding how to dynamically assign the where clause to select query.
thanks in advance

SELECT <fileds>
 INTO TABLE itab
 FROM dbase
 WHERE condition.

Dynamic where condition in Select statement

Hi,
I have 10 fields on selection-screeen. In which ever field the user enters single values or ranges,i should pick that field dynamically and pass that field along with value range to Where condition of Select statement.How can i achieve this? Please help.
Regards
K Srinivas

see the following example:
data : begin of itab occurs 0,
 matnr like mara-matnr,
end of itab.
ypes: begin of ty_s_clause.
types: line(72) type c.
types: end of ty_s_clause.
data : begin of gt_condtab occurs 0.
 include structure hrcond.
data : end of gt_condtab.
FIELD-SYMBOLS <fs_wherecond> TYPE ty_s_clause.
data:
gt_where_clauses type standard table of ty_s_clause
 with default key.
gt_condtab-field = 'MATNR'.
gt_condtab-opera = 'EQ'.
gt_condtab-low = '000000000000000111'.
append gt_condtab.
clear gt_condtab.
call function 'RH_DYNAMIC_WHERE_BUILD'
exporting
 dbtable = space " can be empty
tables
 condtab = gt_condtab
 where_clause = gt_where_clauses
exceptions
 empty_condtab = 01
 no_db_field = 02
 unknown_db = 03
 wrong_condition = 04.
select matnr from mara into table itab where (gt_where_clauses).

How to convert simple SQL Select statements into Stored Procedures?

Hi,
How can I convert following SELECT statement into a Stored Procedure?
SELECT a.empno, b.deptno
FROM emp a, dept b
WHERE a.deptno=b.deptno;
Thanking in advance.
Wajid

stored procedure is nothing but a named PL/SQL block
so you can do it like this see below example
SQL> create or replace procedure emp_details is
2 cursor c1 is SELECT a.empno, b.deptno
3 FROM scott.emp a, scott.dept b
4 WHERE a.deptno=b.deptno;
5 begin for c2 in c1
6 LOOP
7 dbms_output.put_line('name is '||c2.empno);
8 dbms_output.put_line('deptno is ' ||c2.deptno);
9 END LOOP;
10 END;
11 /
Procedure created.and to call it use like below
SQL> begin
2 emp_details;
3 end;
4 /
PL/SQL procedure successfully completed.
SQL> set serveroutput on;
SQL> /
empno is 7839
deptno is 10
empno is 7698
deptno is 30
empno is 7782
deptno is 10
empno is 7566
deptno is 20
empno is 7654
deptno is 30
empno is 7499
deptno is 30
empno is 7844
deptno is 30
empno is 7900
deptno is 30
empno is 7521
deptno is 30
empno is 7902
deptno is 20
empno is 7369
deptno is 20
empno is 7788
deptno is 20
empno is 7876
deptno is 20
empno is 7934
deptno is 10Edited by: Qwerty on Sep 17, 2009 8:37 PM

How to dynamically build where clause in Linq

Hello everyone,
Oracle DB:11gR2
Oracle Client: 11.2.0.3.0 (ODP.NET)
Oracle Developer Tools for Visual Studio
VS 2010 (C#)
In a Windows Form, we need to query the data based on the values of dropdown listboxes, which user will select.
Let's say, two combox, one is for Department and one is for Salary
Department:
-1 All
10 Department 1
20 Department 2
30 Department 3
Salary:
-1 All
1 < 20000
2 20000 to 50000
3 50000 to 100000
4 > 100000
Here is C# code to query data:
using (var myEDMctx = new HREntities())
var LINQrslt = from emp in myEDMctx.EMPLOYEES
select emp;
The default values for both combox should be All.
How to write the dynamic where clause for this LINQ?
Thanks in advance!!!

There is nothing Oracle-specific about dynamic LINQ queries. Dynamic LINQ queries are handled all the same way, no matter which data source you use. Microsoft describes how to use Dynamic LINQ here:
http://weblogs.asp.net/scottgu/archive/2008/01/07/dynamic-linq-part-1-using-the-linq-dynamic-query-library.aspx
http://weblogs.asp.net/davidfowler/archive/2010/08/19/dynamic-linq-part-2-evolution.aspx

How to use "where" clause in modify statement

Hi
can any1 telll me is it possible to use a where clause in a modify statemetn. I want to use modify statemetn to insert a new recoed in a database table.
Regards
Sabahuddin Ahmed

MODIFY itab - itab_lines
Syntax :
... itab FROM wa TRANSPORTING comp1 comp2 ... WHERE log_exp.
With these additions the MODIFY statement assigns the content of the comp1 comp2 ... components of the wa work area specified after TRANSPORTING to all lines in the itab table that meet the logical condition log_exp. The wa work area must be compatible with the line type of the internal table.
The TRANSPORTING addition has the same effect as changing individual lines. The WHERE addition can only be specified together with the TRANSPORTING addition. After WHERE, any logical expression can be specified in which the first operand of each individual comparison is a component of the internal table. All logical expressions are therefore possible, with the exception of IS ASSIGNED, , and IS SUPPLIED. It is not possible to dynamically specify a component using bracketed character-type data objects.
While for standard tables and hashed tables all lines in the internal table are checked for the logical expression of the WHERE statement, for sorted tables, optimized access can be achieved by checking at least one opening part of the table key for parity using AND linked queries in the logical expression.
Example
Change the contents of the planetype component for all lines in the sflight_tab internal table in which this component contains the value p_plane1 to the value p_plane2.
PARAMETERS: p_carrid TYPE sflight-carrid,
            p_connid TYPE sflight-connid,
            p_plane1 TYPE sflight-planetype,
            p_plane2 TYPE sflight-planetype.
DATA sflight_tab TYPE SORTED TABLE OF sflight
                 WITH UNIQUE KEY carrid connid fldate.
DATA sflight_wa TYPE sflight.
SELECT *
       FROM sflight
       INTO TABLE sflight_tab
       WHERE carrid = p_carrid AND
             connid = p_connid.
sflight_wa-planetype = p_plane2.
MODIFY sflight_tab FROM sflight_wa
       TRANSPORTING planetype WHERE planetype = p_plane1.
reward if useful

How to use string operation in where clause of select query

Hello All,
I just want to know how can i write a restriction in select query saying retrive data only begins with name "DE*".
Explaination: If my table has records and names starts with character then i want to write a query to fetch all the records in which names starts with DE*.
Thanks in advance for your quick reply...
Dev.

Hi
In the where clause you need to write like
WHERE NAME LIKE 'DE%'
Regards
Sudheer

How to use where clause with get statement in LDB programs

Hi All,
I am using logical databse in my report program.I am not getting how to use the where clause in the get statement is it possible to use?or if not possible only option is we should filter it after get statment is right?Can you please some body throw some idea on this?
Regards
Mahesh

Hi,
Reffer these links
http://help.sap.com/saphelp_nw04/helpdata/en/9f/db9bfa35c111d1829f0000e829fbfe/content.htm
http://help.sap.com/saphelp_nw04/helpdata/en/9f/db9b5e35c111d1829f0000e829fbfe/frameset.htm
http://help.sap.com/saphelp_nw04/helpdata/en/c6/8a15381b80436ce10000009b38f8cf/frameset.htm
/people/srivijaya.gutala/blog/2007/03/05/why-not-logical-databases
reward if helpful
Thanks,
Suma.

How to dynamically add field name in where clause of select query in web dynpro?

Hello,
Can any body tell me how i can use select query with dynamic wheere condition.
i have a requirement like there are multiple input fields and i want to select data from two database
and condition may vary .

Hi
In the where clause you need to write like
WHERE NAME LIKE 'DE%'
Regards
Sudheer

How build where clause in select statement in FM for Virtual provider

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